You will be spearheading solving complex technical problems involving quantum control experiments. You will be analyzing test data to develop better analytical models of superconducting quantum systems. You will be analyzing test data to develop better integrated circuits towards future superconducting prototype demonstrations. Strong interest in quantum control experiments, including but not limited to superconducting qubit systems. Motivation to learn new technologies and technical skills. Ability to collaborate in a small group setting (4-7 people) as well as work independently. Bachelor's degree in Science, Technology, Engineering, or Mathematics (STEM) with 5 years of relevant experience; Master's degree in STEM related field with 3 years' of relevant technical experience OR Masters' degree in STEM related field and currently enrolled in a PhD program with a completion date prior to start with 1 year of relevant technical experience OR PhD in STEM related field with 1 year of relevant technical experience. Experience in a cryogenic lab conducting quantum control experiments. Ability to obtain and maintain a U.S. Government security clearance per business requirements. Principal Quantum Physicist:

PhD in experimental physics, electrical engineering, or a STEM related field and 4 years of relevant technical experience; Master's Degree in experimental physics, electrical engineering, or a STEM related with 6 years of relevant technical experience; Bachelor's Degree in experimental physics, electrical engineering, or a STEM related with 8 plus years' of relevant experience Extensive experience in a cryogenic lab conducting quantum control experiments. Proficiency writing code in MATLAB and/or Python. US Citizenship and the ability to obtain and maintain a USG security clearance. Principal Quantum Physicist:

PhD in experimental physics plus four years of relevant post-doc or industry experience. Expertise with superconducting qubit control methods and experimental protocols. Experience with designing superconducting qubit circuits and integrated control components. Knowledge of superconducting qubit interactions with external circuitry and general device physics. Experience modeling superconducting quantum systems. Active U.S. Government security clearance